protected NetConnectionCallCommand MakeNLPlayNoticeCommand()
{
var command = new NetConnectionCallCommand("nlPlayNotice");
// TODO: コンテンツが生放送ではなくて動画IDになっている場合がある
// smile:sm0000000
var nlplaynoticeText = PlayerStatus.Stream.Contents[0].Value;
if (nlplaynoticeText.StartsWith("smile:"))
{
throw new Exception("cant play with live player -> " + nlplaynoticeText);
}
#if true
var split = nlplaynoticeText.Split(',');
var nlplaypath = split[0].Remove(0, "rtmp:".Length);
var nltoken = split[1];
var nlid = split[1].Split('?').ElementAt(0);
#else
var split = nlplaynoticeText.Split(',', '?');
var nlplaypath = split[0].Remove(0, "rtmp:".Length);
var nlid = split[1];
var nltoken = split[2];
#endif
var nlplaynoticeParameter = new AmfArray();
// 先頭にnullを入れる
command.OptionalArguments.Add(new AmfValue());
command.OptionalArguments.Add(AmfValue.CreateStringValue(nlplaypath));
command.OptionalArguments.Add(AmfValue.CreateStringValue(nltoken));
command.OptionalArguments.Add(AmfValue.CreateStringValue(nlid));
// これがわからない
// パケットキャプチャした結果を真似しているだけで
// 意図を理解して追加しているわけではないです
command.OptionalArguments.Add(AmfValue.CreateNumberValue(-2));
return(command);
}
AmfArray ReadArray()
{
int argument;
if (ReadFlaggedInteger(out argument))
{
AmfArray array = new AmfArray();
_objectTable.Add(array);
Dictionary<string, object> associativeElements = ReadPropertyList();
List<object> denseElements = new List<object>();
for (int i = 0; i < argument; i++)
{
object obj = Read();
denseElements.Add(obj);
}
foreach (KeyValuePair<string, object> pair in associativeElements)
{
array.AssociativeElements.Add(pair);
}
foreach (object element in denseElements)
{
array.DenseElements.Add(element);
}
return array;
}
else
{
return (AmfArray)_objectTable[argument];
}
}
void Write(AmfArray value)
{
_writer.Write((byte)AmfMarker.Array);
bool firstTime;
long uniqueValue = _idGenerator.GetId(value, out firstTime);
if (!firstTime)
{
WriteFlaggedInteger(_objectTable[uniqueValue], false);
}
else
{
_objectTable[uniqueValue] = _objectTable.Count + _dateTimeTable.Count;
WriteFlaggedInteger(value.DenseElements.Count, true);
foreach (KeyValuePair<string, object> pair in value.AssociativeElements)
{
WriteBareString(pair.Key);
Write(pair.Value);
}
WriteBareString("");
foreach (object denseElement in value.DenseElements)
{
Write(denseElement);
}
}
}
private IAmfValue createGeneralAmfValue()
{
var array = new AmfArray();
array.Add(3, AmfValue.CreateBooleanValue(false));
array.Add("t", AmfValue.CreateNumberValue(50));
return array;
}
public void Amf3SequencifyRemained(string expect)
{
var expectArray = TestHelper.CreateByteArray(expect);
var actual = new AmfArray();
actual[0] = AmfValue.CreateStringValue("oooo");
actual[1] = AmfValue.CreateStringValue("oooo");
var buffer = actual.Sequencify(AmfEncodingType.Amf3);
var actualArray = buffer.ToArray();
CollectionAssert.AreEqual(expectArray, actualArray);
}
public static AmfValue CreateUndefinedValue()
{
AmfArray ary = new AmfArray();
ary[34] = AmfValue.CreateBooleanValue(false);
return new AmfValue(null, AmfValueType.Undefined);
}
private IAmfValue getArray()
{
return getObjectReferenceOrValue(() =>
{
var array = new AmfArray();
Amf3Parser parser = null;
foreach (var readItem in this.reader_.GetArray())
{
parser = new Amf3Parser(readItem.Reader);
if (readItem.IsDenseArrayItem)
{
array.Add(readItem.DenseArrayIndex, parser.readAmfValue());
}
else
{
array.Add(getRemainedString(readItem.PropertyName), parser.readAmfValue());
}
}
return array;
});
}
